CN114045686A - 无氟防水阻燃高强涤纶布的制备方法 - Google Patents
无氟防水阻燃高强涤纶布的制备方法 Download PDFInfo
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Abstract
本发明公开了一种无氟防水阻燃高强涤纶布的制备方法,包括以下步骤:a、将涤纶基布浸轧阻燃剂;b、将50g/L的C0防水剂和3g/L的渗透剂混合,形成混合剂,然后浸轧混合剂;c、在正面涂覆第一涂层;在反面涂覆第二涂层,再在正面涂覆第三涂层,得成品。本发明具有方法操作简单易控制,制备工艺环保,制得的产品防水性、阻燃性强的特点。
Description
技术领域
本发明涉及一种防水阻燃涤纶布的制备,特别是一种无氟防水阻燃高强涤纶布的制备方法。
背景技术
涤纶工业长丝由于具备如下优良性能:强度高、耐磨性好、撕裂强度高、粘合性能好、收缩率低、收缩均匀、毛丝少、防老化性能好、抗芯效应好、抗静电性能好、耐化学性能好、蠕变小卷装成型好,可以广泛用于织造基布。以涤纶织物为基布,采用PVC涂层或PU涂层是目前纺织产业常见的涂层基布制备方法,产品覆盖遮阳篷、帐篷、建筑用布、广告灯箱标志牌、商品及运输盖布、集装箱材料、船用织物、农用盖布、充气织物、机器及汽车罩布、箱包布、雨衣、衬垫安全服等诸多领域。而简单的单一的涂层,用于覆盖布或广告布时,容易受到外界的光、热、氧及被覆物的作用下老化磨损,降低使用寿命,而且随着社会的进步,人们对环保要求越来越高,不仅要求制备工艺环保化,同时要求产品环保,无氟防水剂就进入人们的视野。但是现有的使用时是直接采用C0防水剂,会导致布料产生色差、涂层的抗剥离性下降,布料容易发硬的问题,需要后续再经过压光工序来保证产品的质量,然而还是无法较好地解决上述问题。
发明内容
本发明的目的在于,提供一种无氟防水阻燃高强涤纶布的制备方法。本发明具有方法操作简单易控制,制备工艺环保,制得的产品无色差,防水性能强、涂层不易脱落的特点。
本发明的技术方案:无氟防水阻燃高强涤纶布的制备方法,包括以下步骤:
a、将涤纶基布浸轧阻燃剂,得A品;
b、将50g/L的C0防水剂和3g/L的渗透剂混合,形成混合剂,将A品浸轧混合剂,得B品;
c、在B品的正面涂覆第一涂层,第一涂层按重量份数计,包括PU剂55-65份、阻燃剂8-15份、架桥剂3-4份、促进剂1-2份和溶剂20-25份,得C品;
d、将C品烘干,得D品
e、在D的反面涂覆第二涂层,第二涂层按重量份数计,包括高分子硅酮90-110份、交联剂2-4份、促进剂1-3份和甲苯35-45份,得E品;
f、将E品烘干,得F品;
g、在F品的正面涂覆第三涂层,第三涂层按照重量份数计,包括PU剂80-90份、耐刮粉0.3-0.8份、消光粉1-2份、抗紫外粉1.2-2份和阻燃剂8-15份,得G品;
h、将G品烘干,得成品。
前述的无氟防水阻燃高强涤纶布的制备方法中,所述步骤b中的渗透剂采用防水渗透剂TF-501S。
前述的无氟防水阻燃高强涤纶布的制备方法中,所述步骤c中的溶剂由质量分数为10%的DMF和90%的TOL构成。
前述的无氟防水阻燃高强涤纶布的制备方法中,所述第一涂层的涂覆量为65-75g/m2,第二涂层的涂覆量为15-25g/m2,第三涂层的涂覆量为45-55g/m2。
前述的无氟防水阻燃高强涤纶布的制备方法中,所述步骤d中,烘干时,采用连续的多个烘干箱进行烘干,初始烘干箱的温度为90-100℃,中间烘干箱的温度依次提升,末尾烘干箱的温度为130-140℃。
前述的无氟防水阻燃高强涤纶布的制备方法中,所述步骤f的烘干温度为168-172℃。
前述的无氟防水阻燃高强涤纶布的制备方法中,所述步骤h中,烘干时,采用连续的多个烘干箱进行烘干,然后再冷风降温,初始烘干箱的温度为100-105℃,中间烘干箱的温度依次提升,末尾烘干箱的温度为135-145℃。
前述的无氟防水阻燃高强涤纶布的制备方法中,所述步骤c中,第一涂层按重量份数计,包括PU剂58-62份、阻燃剂10-13份、架桥剂3.2-3.6份、促进剂1.3-1.5份和溶剂22-24份。
前述的无氟防水阻燃高强涤纶布的制备方法中,所述步骤e中,第二涂层按重量份数计,包括高分子硅酮95-105份、交联剂2-4份、促进剂1-3份和甲苯38-42份。
前述的无氟防水阻燃高强涤纶布的制备方法中,所述步骤g中,第三涂层按照重量份数计,包括PU剂83-80份、耐刮粉0.4-0.6份、消光粉1.3-1.8份、抗紫外粉1.5-1.8份和阻燃剂10-12份。
与现有技术相比,本发明将基布先浸轧阻燃剂,然后再浸轧由一定比例的C0防水剂和渗透剂构成的混合剂,使得涤纶布的防水性大大提高,而且采用无碳工艺,更加环保;再在布料上进行涂层处理,通过改进涂层配方,使得基布的抗撕裂性、涂层抗剥离性都大大提高,布料不易发硬,手感良好;并且涂覆涂层后,采用阶梯式的加热方式,使得布料上的涂层不会产生起泡、孔洞,布料涂层紧质、均匀,后续无需再经过压光处理,减少工艺步骤,降低能耗,提高产量,而且得到的布料整体无色差、手感良好,防水等级在85分以上,涂层不易脱落。
具体实施方式
下面结合实施例对本发明作进一步的说明,但并不作为对本发明限制的依据。
实施例1:
无氟防水阻燃高强涤纶布的制备方法,包括以下步骤:
a、将涤纶基布浸轧阻燃剂,得A品;
b、将50g/L的C0防水剂和3g/L的渗透剂混合,形成混合剂,将A品浸轧混合剂,得B品;
c、在B品的正面涂覆第一涂层,第一涂层的涂覆量为65-75g/m2,第一涂层按重量份数计,包括PU剂55-65份、阻燃剂8-15份、架桥剂3-4份、促进剂1-2份和溶剂20-25份,溶剂由质量分数为10%的DMF和90%的TOL构成,得C品;所述PU剂采用高含固量,低模量的PU剂,保持布料的柔软度。
d、将C品烘干,烘干时,采用连续的多个烘干箱进行烘干,初始烘干箱的温度为90-100℃,中间烘干箱的温度依次提升,末尾烘干箱的温度为130-140℃,基布移动速度为40-45m/min,得D品;
e、在D的反面涂覆第二涂层,第二涂层的涂覆量为15-25g/m2,第二涂层按重量份数计,包括高分子硅酮90-110份、交联剂2-4份、促进剂1-3份和甲苯35-45份,得E品;
f、将E品烘干,烘干温度为168-172℃,基布移动速度为40-45m/min,得F品;
g、在F品的正面涂覆第三涂层,第三涂层的涂覆量为45-55g/m2,第三涂层按照重量份数计,包括PU剂80-90份、耐刮粉0.3-0.8份、消光粉1-2份、抗紫外粉1.2-2份和阻燃剂8-15份,得G品;
h、将G品烘干,烘干时,采用连续的多个烘干箱进行烘干,然后再冷风降温,初始烘干箱的温度为100-105℃,中间烘干箱的温度依次提升,末尾烘干箱的温度为135-145℃,基布移动速度为40-45m/min,得成品。
实施例2:
无氟防水阻燃高强涤纶布的制备方法,包括以下步骤:
a、将涤纶基布浸轧阻燃剂,得A品;
b、将50g/L的C0防水剂和3g/L的渗透剂混合,形成混合剂,将A品浸轧混合剂,得B品;
c、在B品的正面涂覆第一涂层,第一涂层的涂覆量为65g/m2,第一涂层按重量份数计,包括PU剂55份、阻燃剂8份、架桥剂3份、促进剂1份和溶剂20份,溶剂由质量分数为10%的DMF和90%的TOL构成,得C品;所述PU剂采用高含固量,低模量的PU剂,保持布料的柔软度。
d、将C品烘干,烘干时,采用连续的多个烘干箱进行烘干,初始烘干箱的温度为95℃,中间烘干箱的温度依次提升,末尾烘干箱的温度为130℃,得D品;
e、在D的反面涂覆第二涂层,第二涂层的涂覆量为15g/m2,第二涂层按重量份数计,包括高分子硅酮90份、交联剂2份、促进剂1份、甲苯35份,得E品;
f、将E品烘干,烘干温度为168℃,得F品;
g、在F品的正面涂覆第三涂层,第三涂层的涂覆量为45g/m2,第三涂层按照重量份数计,包括PU剂80份、耐刮粉0.5份、消光粉1.5份、抗紫外粉1.5份、阻燃剂8份,得G品;
h、将G品烘干,烘干时,采用连续的多个烘干箱进行烘干,然后再冷风降温,初始烘干箱的温度为105℃,中间烘干箱的温度依次提升,末尾烘干箱的温度为135℃,得成品。
实施例3:
无氟防水阻燃高强涤纶布的制备方法,包括以下步骤:
a、将涤纶基布浸轧阻燃剂,得A品;
b、将50g/L的C0防水剂和3g/L的渗透剂混合,形成混合剂,将A品浸轧混合剂,得B品;
c、在B品的正面涂覆第一涂层,第一涂层的涂覆量为75g/m2,第一涂层按重量份数计,包括PU剂60份、阻燃剂10份、架桥剂3.5份、促进剂1.5份和溶剂25份,溶剂由质量分数为10%的DMF和90%的TOL构成,得C品;所述PU剂采用高含固量,低模量的PU剂,保持布料的柔软度。
d、将C品烘干,烘干时,采用连续的多个烘干箱进行烘干,初始烘干箱的温度为90℃,中间烘干箱的温度依次提升,末尾烘干箱的温度为140℃,基布移动速度为40-45m/min,得D品;
e、在D的反面涂覆第二涂层,第二涂层的涂覆量为20g/m2,第二涂层按重量份数计,包括高分子硅酮100份、交联剂3份、促进剂2份和甲苯40份,得E品;
f、将E品烘干,烘干温度为170℃,基布移动速度为40-45m/min,得F品;
g、在F品的正面涂覆第三涂层,第三涂层的涂覆量为50g/m2,第三涂层按照重量份数计,包括PU剂85份、耐刮粉0.5份、消光粉1.5份、抗紫外粉1.5份和阻燃剂10份,得G品;
h、将G品烘干,烘干时,采用连续的多个烘干箱进行烘干,然后再冷风降温,初始烘干箱的温度为100℃,中间烘干箱的温度依次提升,末尾烘干箱的温度为145℃,基布移动速度为40-45m/min,得成品。
将直接采用无氟防水剂制备得到的布料和本申请实施例1制备得到的布料(其余制备步骤相同),按照同样的标准进行性能测试对比,得到的测试结果如表1所示。由此可知,采用无氟防水剂50g/L+渗透剂3g/L的方式进行处理后,布料的色差、手感、防水性能和涂层抗剥离性能均大大提高。
表1 布料性能测试结果
Claims (10)
1.无氟防水阻燃高强涤纶布的制备方法,其特征在于:包括以下步骤:
a、将涤纶基布浸轧阻燃剂,得A品;
b、将50g/L的C0防水剂和3g/L的渗透剂混合,形成混合剂,将A品浸轧混合剂,得B品;
c、在B品的正面涂覆第一涂层,第一涂层按重量份数计,包括PU剂55-65份、阻燃剂8-15份、架桥剂3-4份、促进剂1-2份和溶剂20-25份,得C品;
d、将C品烘干,得D品
e、在D的反面涂覆第二涂层,第二涂层按重量份数计,包括高分子硅酮90-110份、交联剂2-4份、促进剂1-3份和甲苯35-45份,得E品;
f、将E品烘干,得F品;
g、在F品的正面涂覆第三涂层,第三涂层按照重量份数计,包括PU剂80-90份、耐刮粉0.3-0.8份、消光粉1-2份、抗紫外粉1.2-2份和阻燃剂8-15份,得G品;
h、将G品烘干,得成品。
2.根据权利要求1所述的无氟防水阻燃高强涤纶布的制备方法,其特征在于:所述步骤b中的渗透剂采用防水渗透剂TF-501S。
3.根据权利要求1所述的无氟防水阻燃高强涤纶布的制备方法,其特征在于:所述步骤c中的溶剂由质量分数为10%的DMF和90%的TOL构成。
4.根据权利要求1所述的无氟防水阻燃高强涤纶布的制备方法,其特征在于:所述第一涂层的涂覆量为65-75g/m2,第二涂层的涂覆量为15-25g/m2,第三涂层的涂覆量为45-55g/m2。
5.根据权利要求1所述的无氟防水阻燃高强涤纶布的制备方法,其特征在于:所述步骤d中,烘干时,采用连续的多个烘干箱进行烘干,初始烘干箱的温度为90-100℃,中间烘干箱的温度依次提升,末尾烘干箱的温度为130-140℃。
6.根据权利要求1所述的无氟防水阻燃高强涤纶布的制备方法,其特征在于:所述步骤f的烘干温度为168-172℃。
7.根据权利要求1所述的无氟防水阻燃高强涤纶布的制备方法,其特征在于:所述步骤h中,烘干时,采用连续的多个烘干箱进行烘干,然后再冷风降温,初始烘干箱的温度为100-105℃,中间烘干箱的温度依次提升,末尾烘干箱的温度为135-145℃。
8.根据权利要求1所述的无氟防水阻燃高强涤纶布的制备方法,其特征在于:所述步骤c中,第一涂层按重量份数计,包括PU剂58-62份、阻燃剂10-13份、架桥剂3.2-3.6份、促进剂1.3-1.5份和溶剂22-24份。
9.根据权利要求1所述的无氟防水阻燃高强涤纶布的制备方法,其特征在于:所述步骤e中,第二涂层按重量份数计,包括高分子硅酮95-105份、交联剂2-4份、促进剂1-3份和甲苯38-42份。
10.根据权利要求1所述的无氟防水阻燃高强涤纶布的制备方法,其特征在于:所述步骤g中,第三涂层按照重量份数计,包括PU剂83-80份、耐刮粉0.4-0.6份、消光粉1.3-1.8份、抗紫外粉1.5-1.8份和阻燃剂10-12份。
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